Fire Protection · Flame Retardancy
A refractory carbon-fiber fire blanket engineered for temperatures up to 1,000°C
A pouch-type safety product that covers flames to restrict oxygen supply and fire spread in homes, workplaces, traditional markets, transport facilities, and industrial sites. It is lightweight to store and quick to deploy in an emergency.
Purchase information
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Original key features
Concentrated refractory carbon-fiber technology completely blocks flames without melting or burning, even at an extreme temperature of 1,000°C. It can be used with confidence during sudden temperature rises caused by battery explosions or kitchen fires.
The lightweight design overturns the assumption that fire blankets must be heavy and bulky. Because it is at least 1.5 times lighter than conventional products, children, older adults, and field personnel can quickly deploy it in an emergency, with greatly improved portability.
This is not a disposable product that must be discarded after one use. Its high-quality carbon-fiber material is resistant to damage, allowing reuse after inspection and reducing long-term safety-management costs.
It is made primarily from refractory carbon fiber used in aerospace and specialized industries. The material minimizes toxic-gas generation and causes less skin irritation when handled, making it safer to use.
Why OKTA-TC250
Refractory carbon-fiber technology helps block high-temperature flames and radiant heat. It is easier to carry and deploy than conventional heavy fire blankets and can be reused after a thorough post-use inspection.
How to use
After securing a safe distance during the early stage of a fire, hold both handles, unfold the blanket, and completely cover the source. Always prioritize evacuation and emergency reporting, and inspect the blanket for damage after use.
Heat comparison
Conventional fire blankets: burned and developed holes in approximately 10 seconds at 1,000°C.
Burn hole after 13 seconds at 1,000°C
Burn hole after 10 seconds at 1,000°C
Combustion and ignition after 2 seconds at 1,000°C
OKTA-TC250 test
Comparative testing confirmed that the newly developed Fire Blanket (Flame-Retardant Blanket) OKTA-TC250 showed no abnormalities after being heated at 1,000°C for more than one minute.
OKTA-TC250 heated at 1,000°C for more than one minute
Applications
Heritage protection
Manual installation required 12 people and two hours, focused mainly on walls, and left wooden buildings in wildfire-spread areas vulnerable to destruction.
Installation requirements
Ten essential requirements were selected through first- and second-stage prototype field demonstrations and interviews with the heritage-care project team.
Field expert opinion: simple methods cannot adequately withstand strong winds or support the material's weight, so developing a partially fixed installation system is the most practical approach.
| No. | Features and Performance | Suitability |
|---|---|---|
| 1 | No direct impact on the structural frame. | ✓ |
| 2 | The entire wooden structure can be covered. | ✓ |
| 3 | The screen remains free of sagging and gaps. | ✓ |
| 4 | Automatic or manual deployment is simple. | ✓ |
| 5 | The system resists deformation or collapse at 10 m/s wind speed. | ✓ |
| 6 | Sections can be connected up to 5 m high. | ✓ |
| 7 | At least two people can operate the system. | ✓ |
| 8 | Two people can install it within 30 minutes. | ✓ |
| 9 | Fixed or portable installation is available. | ✓ |
| 10 | The system adapts to various roof types. | ✓ |
Final design
Full deployment of the flame-retardant fabric
Deployment adjusted to the eave height
Product consultation
Tell us about your environment and required quantity, and we will recommend the right purchase approach.
